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Ericsson 5G RAN Functionalities, Features and Parameter Description CourseBy: Budding Heights Development CompanyUnited Arab Emirates 01 - 05 Jun, 2020 5 days
USD 5,000 |
Venue: Dubai - United Arab Emirates
Target Group: This course is suitable for anyone who is required to have detailed knowledge of NR N19 functionalities.
- Operation and Maintenance Engineers
- Second line Engineers
- Technical Support Engineers
- Routine Maintenance Technicians
Prerequisites: Basic knowledge of the technology and Ericsson hardware, Availability of the Ericsson tool for performance and optimization.
Successful Completion of the Following Courses:
- LTE Foundation for 5G, LZU1082648
- 5G Overview, LZU1082613
- 5G RAN NR Air Interface, LZU1082750
- 5G RAN NR Protocols and Procedures, LZU1082748
Objectives
- Do you want to have detailed understanding of the Ericsson 5G NR 2019.Q2 functionality? If so, this course will give you that, including 5G RAN Non-Stand-Alone (NSA) EN-DC features, configuration and performance.
- This course describes the Idle Mode Behavior, how Radio Link Failure is carried out, settings and functions as well as Link Adaptation and Scheduling and NSA mobility behavior.
Course Content:
5G Introduction
- What is 5G?
- Evolution of 3GPP Technologies
- Cellular networks and the internet of things
- 5G Drivers- Application and Use Cases
- 5G High level requirements
- 5G Technologies and Spectrum Overview
Ericsson 5G Road maps
- Ericsson’s Roadmap of 5G
- Using latest alex for 5G RAN
- AMOS CM Scenario and Examples
- Accessing Baseband 6620, Baseband 6630 gNodeBFunction Alarm/parameter/counter List
Ericsson 5G-NR Hardware/software and MOM Introduction
- Introduction to AMOS
- Introduction to new AMOS Session
- Baseband 6620, Baseband 6630
- Antenna Integrated Radio Unit Description
- AIR 5121
- AIR 5331
- AIR 6488
logical architecture of 5G RAN and introduce Radio Functionality
- NR release strategy
- EN-DC Architecture
- Radio Functionality supported in the Ericsson 5G RAN
5G Radio Access Architecture and Interfaces
- Deployment scenarios
- New RAN based on gNB
- RAN-CN interface (SDN, NFVetc)
- NG Interface
- Xn Interface
- Network slicing in RAN
- Interworking with non-3GPP systems
Idle Mode Behavior
- System information structure
- Cell selection/reselection
- Purpose and function of Idle Mode Behavior
Radio Link Monitoring
- How the Radio Link Monitoring is carried out
- How in-synch and out-of-synch is determined by the radio link monitoring algorithm in the RBS
- Beam Recovery procedure
Ericsson Recommended Feature
- NR Base Package FAJ 801 4002
- M-MIMO Mid-Band Enabler FAJ 801 4004
- M-MIMO Mid-Band Enabler FAJ 801 4004
- M-MIMO Mid-Band Enabler FAJ 801 4004
- Peak Rate Evolution FAJ 801 4005
- Recommended Parameter Settings
Mobility and Dual Connectivity in 5G
- Inactive and Idle mode mobility in Standalone and Non-Standalone NR
- what type of events trigger measurement reports to be sent to the RBS
- IF and IRAT mobility
- bearer type transitions in Non-Standalone NR
- NSA mobility
- Dual Connectivity mobility
Dubai - United Arab Emirates | Jun 01 - 05 Jun, 2020 |
USD 5,000.00 | |
Emmanuel +234 - 81 837 290 87, +234 - 90 375 972 14